<< Aqua Planet: TR from 'control' Experiment; Model comparison >> control: [GT] [SH] [TR] [ML] [PF] [MOVIE] peaked: [GT] [SH] [TR] [ML] [PF] [MOVIE] [ML_anm] flat: [GT] [SH] [TR] [ML] [PF] [MOVIE] [ML_anm] Qobs: [GT] [SH] [TR] [ML] [PF] [MOVIE] [ML_anm] control5n: [GT] [SH] [TR] [ML] [PF] [MOVIE] [ML_anm] 1keq: [GT] [SH] [TR] [ML] [PF] [MOVIE] [SHanm] [SHanm_vect] [SHanm_lat0] [SHanm_vor] [ML_anm] 3keq: [GT] [SH] [TR] [ML] [PF] [MOVIE] [SHanm] [SHanm_vect] [SHanm_lat0] [SHanm_vor] [ML_anm] 3kw1: [GT] [SH] [TR] [ML] [PF] [MOVIE] [SHanm] [SHanm_vect] [SHanm_lat0] [SHanm_vor] [ML_anm] [ Model ] [SST distribution] [HOME]
	precipitation flux
T39L48_eml_control_tr_tppn (AGUforAPE)	CGAM_control_tr_tppn	CSIRO_std_control_tr_tppn	CSIRO_old_control_tr_tppn
DWD_control_tr_tppn	ECMWF_control_tr_tppn	ECMWF_07_control_tr_tppn	FRCGC_control_tr_tppn 30 days only
GFDL_control_tr_tppn	GSFC_control_tr_tppn	K1JAPAN_control_tr_tppn	LASG_control_tr_tppn
MIT_control_tr_tppn	MRI_control_tr_tppn	NCAR_control_tr_tppn
UKMO_n48_control_tr_tppn	UKMO_n96_control_tr_tppn
	precipitation flux S-T power spectrum
T39L48_eml_control_tr_tppn_spct (AGUforAPE)	CGAM_control_tr_tppn_spct	CSIRO_std_control_tr_tppn_spct	CSIRO_old_control_tr_tppn_spct
DWD_control_tr_tppn_spct	ECMWF_control_tr_tppn_spct	ECMWF_07_control_tr_tppn_spct	FRCGC_control_tr_tppn_spct 30 days only
GFDL_control_tr_tppn_spct	GSFC_control_tr_tppn_spct	K1JAPAN_control_tr_tppn_spct	LASG_control_tr_tppn_spct
MIT_control_tr_tppn_spct	MRI_control_tr_tppn_spct	NCAR_control_tr_tppn_spct
UKMO_n48_control_tr_tppn_spct	UKMO_n96_control_tr_tppn_spct
	precipitation flux WK1999 plot
T39L48_eml_control_tr_tppn_sym_spct (AGUforAPE)	CGAM_control_tr_tppn_sym_spct	CSIRO_std_control_tr_tppn_sym_spct	CSIRO_old_control_tr_tppn_sym_spct
DWD_control_tr_tppn_sym_spct	ECMWF_control_tr_tppn_sym_spct	ECMWF_07_control_tr_tppn_sym_spct	FRCGC_control_tr_tppn_sym_spct
GFDL_control_tr_tppn_sym_spct	GSFC_control_tr_tppn_sym_spct	K1JAPAN_control_tr_tppn_sym_spct	LASG_control_tr_tppn_sym_spct
MIT_control_tr_tppn_sym_spct	MRI_control_tr_tppn_sym_spct	NCAR_control_tr_tppn_sym_spct
UKMO_n48_control_tr_tppn_sym_spct	UKMO_n96_control_tr_tppn_sym_spct
	toa outgoing longwave flux
T39L48_eml_control_tr_lw_toa (AGUforAPE)	CGAM_control_tr_lw_toa	CSIRO_std_control_tr_lw_toa	CSIRO_old_control_tr_lw_toa
DWD_control_tr_lw_toa	ECMWF_control_tr_lw_toa	ECMWF_07_control_tr_lw_toa	FRCGC_control_tr_lw_toa 30 days only
GFDL_control_tr_lw_toa	GSFC_control_tr_lw_toa	K1JAPAN_control_tr_lw_toa	LASG_control_tr_lw_toa
MIT_control_tr_lw_toa	MRI_control_tr_lw_toa	NCAR_control_tr_lw_toa
UKMO_n48_control_tr_lw_toa	UKMO_n96_control_tr_lw_toa
	toa outgoing longwave flux S-T power spectrum
T39L48_eml_control_tr_lw_toa_spct (AGUforAPE)	CGAM_control_tr_lw_toa_spct	CSIRO_std_control_tr_lw_toa_spct	CSIRO_old_control_tr_lw_toa_spct
DWD_control_tr_lw_toa_spct	ECMWF_control_tr_lw_toa_spct	ECMWF_07_control_tr_lw_toa_spct	FRCGC_control_tr_lw_toa_spct 30 days only
GFDL_control_tr_lw_toa_spct	GSFC_control_tr_lw_toa_spct	K1JAPAN_control_tr_lw_toa_spct	LASG_control_tr_lw_toa_spct
MIT_control_tr_lw_toa_spct	MRI_control_tr_lw_toa_spct	NCAR_control_tr_lw_toa_spct
UKMO_n48_control_tr_lw_toa_spct	UKMO_n96_control_tr_lw_toa_spct
	toa outgoing longwave WK1999 plot
T39L48_eml_control_tr_lw_toa_sym_spct (AGUforAPE)	CGAM_control_tr_lw_toa_sym_spct	CSIRO_std_control_tr_lw_toa_sym_spct	CSIRO_old_control_tr_lw_toa_sym_spct
DWD_control_tr_lw_toa_sym_spct	ECMWF_control_tr_lw_toa_sym_spct	ECMWF_07_control_tr_lw_toa_sym_spct	FRCGC_control_tr_lw_toa_sym_spct
GFDL_control_tr_lw_toa_sym_spct	GSFC_control_tr_lw_toa_sym_spct	K1JAPAN_control_tr_lw_toa_sym_spct	LASG_control_tr_lw_toa_sym_spct
MIT_control_tr_lw_toa_sym_spct	MRI_control_tr_lw_toa_sym_spct	NCAR_control_tr_lw_toa_sym_spct
UKMO_n48_control_tr_lw_toa_sym_spct	UKMO_n96_control_tr_lw_toa_sym_spct
	omega
T39L48_eml_control_tr_om500 (AGUforAPE)	CGAM_control_tr_om500	CSIRO_std_control_tr_om500	CSIRO_old_control_tr_om500
DWD_control_tr_om500	ECMWF_control_tr_om500	FRCGC_control_tr_om500	GFDL_control_tr_om500
GSFC_control_tr_om500	K1JAPAN_control_tr_om500	LASG_control_tr_om500	MIT_control_tr_om500
MRI_control_tr_om500	NCAR_control_tr_om500	UKMO_n48_control_tr_om500	UKMO_n96_control_tr_om500
	omega S-T power spectrum
T39L48_eml_control_tr_om500_spct (AGUforAPE)	CGAM_control_tr_om500_spct	CSIRO_std_control_tr_om500_spct	CSIRO_old_control_tr_om500_spct
DWD_control_tr_om500_spct	ECMWF_control_tr_om500_spct	FRCGC_control_tr_om500_spct	GFDL_control_tr_om500_spct
GSFC_control_tr_om500_spct	K1JAPAN_control_tr_om500_spct	LASG_control_tr_om500_spct	MIT_control_tr_om500_spct
MRI_control_tr_om500_spct	NCAR_control_tr_om500_spct	UKMO_n48_control_tr_om500_spct	UKMO_n96_control_tr_om500_spct
	omega WK1999 plot
T39L48_eml_control_tr_om500_sym_spct (AGUforAPE)	CGAM_control_tr_om500_sym_spct	CSIRO_std_control_tr_om500_sym_spct	CSIRO_old_control_tr_om500_sym_spct
DWD_control_tr_om500_sym_spct	ECMWF_control_tr_om500_sym_spct	FRCGC_control_tr_om500_sym_spct	GFDL_control_tr_om500_sym_spct
GSFC_control_tr_om500_sym_spct	K1JAPAN_control_tr_om500_sym_spct	LASG_control_tr_om500_sym_spct	MIT_control_tr_om500_sym_spct
MRI_control_tr_om500_sym_spct	NCAR_control_tr_om500_sym_spct	UKMO_n48_control_tr_om500_sym_spct	UKMO_n96_control_tr_om500_sym_spct
	eastward wind
T39L48_eml_control_tr_u250 (AGUforAPE)	CGAM_control_tr_u250	CSIRO_std_control_tr_u250	CSIRO_old_control_tr_u250
DWD_control_tr_u250	ECMWF_control_tr_u250	FRCGC_control_tr_u250	GFDL_control_tr_u250
GSFC_control_tr_u250	K1JAPAN_control_tr_u250	LASG_control_tr_u250	MIT_control_tr_u250
MRI_control_tr_u250	NCAR_control_tr_u250	UKMO_n48_control_tr_u250	UKMO_n96_control_tr_u250
	eastward wind S-T power spectrum
T39L48_eml_control_tr_u250_spct (AGUforAPE)	CGAM_control_tr_u250_spct	CSIRO_std_control_tr_u250_spct	CSIRO_old_control_tr_u250_spct
DWD_control_tr_u250_spct	ECMWF_control_tr_u250_spct	FRCGC_control_tr_u250_spct	GFDL_control_tr_u250_spct
GSFC_control_tr_u250_spct	K1JAPAN_control_tr_u250_spct	LASG_control_tr_u250_spct	MIT_control_tr_u250_spct
MRI_control_tr_u250_spct	NCAR_control_tr_u250_spct	UKMO_n48_control_tr_u250_spct	UKMO_n96_control_tr_u250_spct
	eastward wind WK1999 plot
T39L48_eml_control_tr_u250_sym_spct (AGUforAPE)	CGAM_control_tr_u250_sym_spct	CSIRO_std_control_tr_u250_sym_spct	CSIRO_old_control_tr_u250_sym_spct
DWD_control_tr_u250_sym_spct	ECMWF_control_tr_u250_sym_spct	FRCGC_control_tr_u250_sym_spct	GFDL_control_tr_u250_sym_spct
GSFC_control_tr_u250_sym_spct	K1JAPAN_control_tr_u250_sym_spct	LASG_control_tr_u250_sym_spct	MIT_control_tr_u250_sym_spct
MRI_control_tr_u250_sym_spct	NCAR_control_tr_u250_sym_spct	UKMO_n48_control_tr_u250_sym_spct	UKMO_n96_control_tr_u250_sym_spct
	northward wind
T39L48_eml_control_tr_v250 (AGUforAPE)	CGAM_control_tr_v250	CSIRO_std_control_tr_v250	CSIRO_old_control_tr_v250
DWD_control_tr_v250	ECMWF_control_tr_v250	FRCGC_control_tr_v250	GFDL_control_tr_v250
GSFC_control_tr_v250	K1JAPAN_control_tr_v250	LASG_control_tr_v250	MIT_control_tr_v250
MRI_control_tr_v250	NCAR_control_tr_v250	UKMO_n48_control_tr_v250	UKMO_n96_control_tr_v250
	northward wind S-T power spectrum
T39L48_eml_control_tr_v250_spct (AGUforAPE)	CGAM_control_tr_v250_spct	CSIRO_std_control_tr_v250_spct	CSIRO_old_control_tr_v250_spct
DWD_control_tr_v250_spct	ECMWF_control_tr_v250_spct	FRCGC_control_tr_v250_spct	GFDL_control_tr_v250_spct
GSFC_control_tr_v250_spct	K1JAPAN_control_tr_v250_spct	LASG_control_tr_v250_spct	MIT_control_tr_v250_spct
MRI_control_tr_v250_spct	NCAR_control_tr_v250_spct	UKMO_n48_control_tr_v250_spct	UKMO_n96_control_tr_v250_spct
	northward wind WK1999 plot
T39L48_eml_control_tr_v250_sym_spct (AGUforAPE)	CGAM_control_tr_v250_sym_spct	CSIRO_std_control_tr_v250_sym_spct	CSIRO_old_control_tr_v250_sym_spct
DWD_control_tr_v250_sym_spct	ECMWF_control_tr_v250_sym_spct	FRCGC_control_tr_v250_sym_spct	GFDL_control_tr_v250_sym_spct
GSFC_control_tr_v250_sym_spct	K1JAPAN_control_tr_v250_sym_spct	LASG_control_tr_v250_sym_spct	MIT_control_tr_v250_sym_spct
MRI_control_tr_v250_sym_spct	NCAR_control_tr_v250_sym_spct	UKMO_n48_control_tr_v250_sym_spct	UKMO_n96_control_tr_v250_sym_spct
	air pressure at sea level
T39L48_eml_control_tr_mslp (AGUforAPE)	CGAM_control_tr_mslp	CSIRO_std_control_tr_mslp	CSIRO_old_control_tr_mslp
DWD_control_tr_mslp	ECMWF_control_tr_mslp	ECMWF_07_control_tr_mslp	FRCGC_control_tr_mslp
GFDL_control_tr_mslp	GSFC_control_tr_mslp	K1JAPAN_control_tr_mslp	LASG_control_tr_mslp
MIT_control_tr_mslp	MRI_control_tr_mslp	NCAR_control_tr_mslp
UKMO_n48_control_tr_mslp	UKMO_n96_control_tr_mslp
	air pressure at sea level S-T power spectrum
T39L48_eml_control_tr_mslp_spct (AGUforAPE)	CGAM_control_tr_mslp_spct	CSIRO_std_control_tr_mslp_spct	CSIRO_old_control_tr_mslp_spct
DWD_control_tr_mslp_spct	ECMWF_control_tr_mslp_spct	ECMWF_07_control_tr_mslp_spct	FRCGC_control_tr_mslp_spct
GFDL_control_tr_mslp_spct	GSFC_control_tr_mslp_spct	K1JAPAN_control_tr_mslp_spct	LASG_control_tr_mslp_spct
MIT_control_tr_mslp_spct	MRI_control_tr_mslp_spct	NCAR_control_tr_mslp_spct
UKMO_n48_control_tr_mslp_spct	UKMO_n96_control_tr_mslp_spct
	air pressure at sea level WK1999 plot
T39L48_eml_control_tr_mslp_sym_spct (AGUforAPE)	CGAM_control_tr_mslp_sym_spct	CSIRO_std_control_tr_mslp_sym_spct	CSIRO_old_control_tr_mslp_sym_spct
DWD_control_tr_mslp_sym_spct	ECMWF_control_tr_mslp_sym_spct	ECMWF_07_control_tr_mslp_sym_spct	FRCGC_control_tr_mslp_sym_spct
GFDL_control_tr_mslp_sym_spct	GSFC_control_tr_mslp_sym_spct	K1JAPAN_control_tr_mslp_sym_spct	LASG_control_tr_mslp_sym_spct
MIT_control_tr_mslp_sym_spct	MRI_control_tr_mslp_sym_spct	NCAR_control_tr_mslp_sym_spct
UKMO_n48_control_tr_mslp_sym_spct	UKMO_n96_control_tr_mslp_sym_spct
Last update: Thu Jan 10 16:15:22 JST 2008 Copyright © AGU for APE 2007 (YAMADA Yukiko)